Johanna Bischof
Papers
1
Total Citations
86
H-Index
1
About
Johanna Bischof is a leading researcher in regenerative biology, with a focus on planarian flatworms as a model for understanding anatomical homeostasis and tissue regeneration. Her most-cited work, a 2018 review on biophysical and computational approaches to planarian regeneration (86 citations), synthesizes cutting-edge insights into how organisms maintain and restore complex body structures. Bischof’s major contributions lie in bridging experimental biology with quantitative modeling, elucidating the cellular and bioelectric signals that guide regeneration and pattern formation. Her research has advanced our understanding of how injury signals, stem cell dynamics, and morphogenetic fields interact to achieve precise anatomical repair. With over 86 citations on her flagship paper alone, Bischof’s work has shaped the field’s shift toward integrative, systems-level perspectives. Notably, she has been recognized for her interdisciplinary approach, combining molecular biology, computational simulations, and biophysics to tackle fundamental questions in development and regeneration. Her studies offer valuable insights for regenerative medicine, highlighting planarians as a powerful system to explore the principles of tissue repair and homeostasis.
Research Focus
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